We’ve gotta hand it to PeeWee PC, as their Pivot Tablet Laptop looks exactly like something that would be a home run in the hands of a technology-curious child. Don’t go comparing this to the OLPC XO, though, because the Pivot Tablet starts at $599.99. What do you get for the cash? Let’s run down some of the specs. First of all, the Pivot Tablet Laptop if drop-resistant and spill-resistant, which immediately should give a bit of piece of mind to parents (like me) who know the horrors of kids + tech + juice. It also has a handle, making it easy for the children to tote the 3 pound device around. Getting into the nitty gritty, the Pivot Tablet Laptop sports a 10-inch touch-sensitive rotating display with stylus, 6-cell Li-ion battery, a 1.6GHz Intel Atom N270 processor, 1GB RAM, a 1.3 megapixel camera, and a 60GB hard drive. Not too shabby. You’ve also got two USB 2.0 ports, Ethernet, and Wi-Fi, and the whole thing ships with Windows XP Home, which is customized with a theme of your choice (things liek Disney, Sci-Fi, etc.). Being a device for kids, there is also a security suite that let’s you keep on eye on what the little one is up to while using the device as well.
You can pick one up starting today.
Read More | PeeWee Pivot Laptop product page
Gallery: PeeWee Pivot Tablet Laptop for kids
In this episode of Unboxing Live, we open up the OLPC XO-1. If that doesn’t sound familiar, this is the infamous One Laptop Per Child computer, aimed to help children in third-world countries with learning. The XO-1, previously known as the $100 Laptop or Children’s Machine, is an inexpensive laptop computer intended to be distributed to children in developing countries around the world, to provide them with access to knowledge, and opportunities to “explore, experiment and express themselves”. The laptop is developed by the One Laptop per Child (OLPC) social welfare organization, and manufactured by the Taiwanese computer company, Quanta Computer.
Read More | The Bleeding Edge
Following the press conference where AMD formally introduced us to the 690 chipset, was a fairly lengthy Q&A session, which we captured in it’s entirety. Check out the video for the full, unedited version - or check out our summarized notes after the jump.
Someone asked about wattage per teraflop. In the demo we saw, about 200 watts per chip. They are working to develop a standard for wattage per teraflop. Talking about power consumption, going forward they can focus on power-down throughout the platform as opposed to just on the chip or cores themselves.
Question about doing things about what AMD and ATI can do now that they couldn’t do as separate companies. Why the merger?
The 690 was architected in a combined environment. With a tighter cooperation with the R&D teams, you find a level of integration between the chips now. Power management is going to be better, partitioning across the HT bus. In late 2007, you will start seeing exactly what is being talked about. Fantastic batter life in a notebook for example, and in 2009, Fusion. That is what it’s all about, getting everything on the same piece of silicon.
Benchmark of R600, looks to be 260 watts. Can anything be done to bring that down as time goes on? That is fairly high consumption.
With the next version of the R600-based cards, you will see power go down, while performance goes up. Another result of the two companies coming together. Gamers want performance at any cost, and AMD is focused on optimizing dissipation of that thermal energy. 30db noise level coming on multiple CPU and GPU in the near future.
When is the R600 going to hit retail, and what happened?
Moving to 65 nm chips, scheduling was just a bit off. Rather than going with a limited deployment with a single point launch, they chose to delay by a couple of weeks to have a full line launch. It isn’t a silicon problem, it was an internal decision made to allow for a full launch. They will still be available in the first half of 2007.
When will Barcelona systems be available?
Second half of 2007.
Teraflop computing - when is it going to be a reality and not just a demo?
The demo was R600-based. Once the product launches, you will get to see and hear more about that. Second half of this year - XP box, R600 card, Opterons - that will result in teraflop computing. Absolutely this year.
In regards to OLPC, what is the strategy there?
There is something tragic in thinking we are going to teach kids in an emerging country how to use PowerPoint. The goal isn’t to teach kids in Uganda how to use Office 2007, despite how great it is. Take the OLPC and use it for an hour and think about what the implications are. Different strategies lead to different results. OLPCs philosophy is to help kids have access to the world, not to teach them how to use computers. The last time you had a chance for a kid to teach you something, how special was that? It’s okay if the children have these computers and get to teach their teachers something. The approach of the competition doesn’t empower children as much as it empowers teachers. It doesn’t hurt, it’s just a different route. AMD isn’t trying to market to that environment, they are trying to change it. That is evidenced by OLPC being a non-profit organization.
The screen on the OLPC is amazing. Better than any of the screens any of us sitting here has. Can be read in direct, full sunlight. Will last 30 times as long. Very scratch resistant, and consumes less than 2 watts.
We speak with Eric Deritis from AMD as he gives us an overview of the OLPC. The One Laptop Per Child project is an important one, and Eric not only shows us a near-final build of the hardware and software, but he also gives us some background on the project itself, and why it’s impact could be so huge. One quote he gave us was that the product isn’t meant to reach the next billion people in the world, but rather it’s meant to reach the last billion people. Powerful stuff.